New MIT-developed capsules use biodegradable radio-frequency antennas to signal ingestion, marking a step forward in ...

New corrugated panel architecture dramatically extends OLED lifespan and increases light output efficiency, addressing key ...

Thin devices need faster storage but face limits in cost, power, and space. A new approach shows how speed can fit small ...

Beyond peak speeds, WiFi 8 improves stability, coverage and responsiveness where smart devices and AI services compete for ...

New computational holography algorithms cut processing time by over half and enable multi-depth augmented reality displays, a ...

A new cryogenic plasma etching technique developed by Japanese researchers dramatically accelerates semiconductor fabrication ...

AI-driven 6G radio access technology that could raise transmission efficiency up to tenfold over 5G and deliver smarter, more ...

Discover how advanced processors enable AI workloads, high-performance graphics and energy efficiency across laptops, ...

In this position, the engineer will be involved in all stages of the design and development cycles guiding the ...

A next-generation storage infrastructure designed to help AI systems handle massive context memory and multi-turn reasoning ...

A new low-power vision processor raises the bar for multi-sensor imaging and on-device AI, targeting cameras, robotics, and ...

Printed sensors as small as a micron are moving from lab-scale novelty to real-world deployment, opening new possibilities ...